KIR hosts a wide range of kiwifruit genomics and genetics datasets based on the latest and most accurate genome annotation.
The AncD clades are listed in table 1, which also indicates those for which gene gain and loss is more difficult to ascertain (we have named the clades after the D. melanogaster gene contained within them, or by the most accurate Flybase annotation if they do not contain a D. melanogaster gene).
It is widely known that manual curation is the most accurate way to annotate literature; however, annotation (annotation and curation are different concepts in a strict sense. However, in this article, the terms are used interchangeably) is expensive in regard to both financial expense and time (3).
For analysis on the Exon Array, we only used core probe sets that are supported by the most reliable and accurate annotation.
Overall, accuracy values are comparable (or even higher) with those obtained through the most accurate automatic gene annotation pipelines: for selenoproteins, both the average sensitivity and the average specificity at the nucleotide level are >90%.
For the 454 simulations, the combined annotation of contigs and unassembled reads produced the most accurate protein domain annotations.
Widely accepted, the most accurate database for functional annotation is the KEGG database [ 51].
Thus, the combination of manual and computational methods is essential to provide the most accurate and complete functional annotation of a genome.
However, the similarity between most O-methyl transferases makes accurate annotation more challenging.
The most rigorously curated and, thus, the most accurate and comprehensive gene functional annotations are represented by the GO's founding model organisms: mouse (Mus musculus), fly (Drosophila melanogaster), and yeast (S. cerevisiae).
